Our nuclear physics research is predominantly experimental and ranges from understanding the structure of atomic nuclei and the mysterious force that binds them together, through to developing new radiation detection technology. Experiments are performed using various facilities worldwide, with collaborators in the USA, Romania, Poland, the UK and more.
The experimental research into nuclear structure and reactions is performed using beams of particles produced by accelerators, which strike an atomic nucleus in a target. By using sophisticated detectors to measure the emitted radiation, a picture of the decaying nucleus can be built. This research has applications in understanding the evolution of stars and the particle dynamics inside nuclear reactors.
Radiation detector development is performed in house at Sheffield Hallam University. Using cutting edge technology and computational techniques, improved spectroscopy for nuclear data, security, decommissioning and fusion applications are the key goals.
Topics of interest
- Nuclear reactions for astrophysics
- Nuclear reactions for nuclear power
- Nuclear structure
- Radiation detection techniques
We can offer PhD projects on a wide range of research topics. We are always seeking talented and enthusiastic students to undertake PhD research with us, so please get in contact if interested.
Core group members
Dr Robin Smith
PhD students
Ocean Wong
Kristian Haverson
Olivia Tindle
Kimberley Lennon
Raed Dallal